在含有0.1 mol/L的[img=105x20]17e0b390168b9ec.jpg[/img]的混合溶液中,逐滴加入AgNO3溶液时,难溶电解质的析出顺序为( )A.[img=32x19]17e0b3902890916.jpg[/img],AgCl,AgBr,AgIB.AgCl,AgBr,AgI,[img=32x19]17e0b3902890916.jpg[/img]C.[img=32x19]17e0b3902890916.jpg[/img],AgI,AgBr,AgClD.AgCl,[img=32x19]17e0b3902890916.jpg[/img],AgBr,AgI,
未知类型:{'options': ['17e0b3902890916.jpg,AgI,AgBr,AgCl', ' [img=32x19]17e0b3902890916.jpg[/img],AgI,AgBr,AgCl', ' [img=32x19]17e0b3902890916.jpg[/img],AgI,AgBr,AgCl', ' [img=32x19]17e0b3902890916.jpg[/img],AgI,AgBr,AgCl'], 'type': 102}
未知类型:{'options': ['17e0b3902890916.jpg,AgI,AgBr,AgCl', ' [img=32x19]17e0b3902890916.jpg[/img],AgI,AgBr,AgCl', ' [img=32x19]17e0b3902890916.jpg[/img],AgI,AgBr,AgCl', ' [img=32x19]17e0b3902890916.jpg[/img],AgI,AgBr,AgCl'], 'type': 102}
举一反三
- 向5 mL NaCl溶液中滴入一滴AgNO3溶液,出现白色沉淀,继续滴加一滴KI溶液并振荡, 沉淀变为黄色,再滴入一滴[img=33x17]17e0b11fdf08651.jpg[/img]溶液并振荡,沉淀又变成黑色,根据上述变化过程,分析此 三种沉淀物的溶解度关系为()A.AgCl=AgI=[img=32x19]17e0b3902890916.jpg[/img]B.AgCl<AgI<[img=32x19]17e0b3902890916.jpg[/img]C.AgCl>AgI>[img=32x19]17e0b3902890916.jpg[/img]D.AgI>AgCl>[img=32x19]17e0b3902890916.jpg[/img] 未知类型:{'options': ['AgCl>AgI>[img=32x19]17e0b3902890916.jpg[/img]', ' AgCl>AgI>[img=32x19]17e0b3902890916.jpg[/img]', ' AgCl>AgI>[img=32x19]17e0b3902890916.jpg[/img]', ' AgCl>AgI>[img=32x19]17e0b3902890916.jpg[/img]'], 'type': 102}
- 已知[img=332x28]18032a8f73e7775.jpg[/img],若向[img=343x34]18032a8f7e64345.jpg[/img]的混合离子溶液中滴加浓度为[img=154x24]18032a8f87851eb.jpg[/img]的AgNO3,则出现沉淀的顺序为: A: AgBr, AgCl, AgI B: AgCl, AgBr, AgI C: AgI, AgBr, AgCl D: AgI, AgCl, AgBr
- 已知[img=332x28]18032a906118339.jpg[/img],若向[img=343x34]18032a906d0e368.jpg[/img]的混合离子溶液中滴加浓度为[img=154x24]18032a90756dbe0.jpg[/img]的AgNO3,则出现沉淀的顺序为: A: AgBr, AgCl, AgI B: AgCl, AgBr, AgI C: AgI, AgBr, AgCl D: AgI, AgCl, AgBr
- 已知298K时,AgCl的溶度积为1.8×[img=37x19]17e0aa05dc607c0.jpg[/img],则下列说法正确的是()A.向饱和AgCl水溶液中加入盐酸,Ksp变大B.AgNO3溶液和NaCl溶液混合后的溶液中,一定有[img=73x17]17e0b3953c7685f.jpg[/img]C.温度一定时,当溶液中[img=68x17]17e0b395482dddd.jpg[/img]=Ksp时,此溶液中必定有AgCl沉淀析出D.将AgCl加入到较浓的[img=33x17]17e0b11fdf08651.jpg[/img]溶液中,AgCl转化为[img=32x19]17e0b3902890916.jpg[/img],说明AgCl的溶解度大于[img=32x19]17e0b3902890916.jpg[/img] 未知类型:{'options': ['Ksp不变', ' 不一定有[img=73x17]17e0b3953c7685f.jpg[/img]', ' 溶液达到饱和', ' AgCl转化为[img=32x19]17e0b3902890916.jpg[/img],说明[img=32x19]17e0b3902890916.jpg[/img]溶解度小'], 'type': 102}
- 已知:[img=30x27]18039d18f0ad8d1.jpg[/img](AgCl) > [img=30x27]18039d18fc2557b.jpg[/img](AgBr) > [img=30x27]18039d19150eaa2.jpg[/img](AgI),则卤化银的溶解度顺序为S (AgCl) > S (AgBr) > S (AgI)。